A pressure-sealed sound transmission device for an oxygen chamber

Abstract

The present invention discloses a pressure-sealed sound transmission device for an oxygen chamber, comprising an oxygen pressurized chamber body, the sound transmission device comprising a through-chamber pressure-bearing mounting seat, a sound transmission film, a through-chamber pressure-bearing mounting seat cover, a speaker fixed mounting seat, bolts, screws, and a speaker, the through-chamber pressure-bearing mounting seat being mounted in the oxygen pressurized chamber body, the sound transmission film and the through-chamber pressure-bearing mounting seat cover being sequentially connected to the outside of the through-chamber pressure-bearing mounting seat by bolts, the speaker fixed mounting seat being fixedly mounted in the through-chamber pressure-bearing mounting seat cover, and the speaker being connected to the speaker fixed mounting seat by screws. The sound transmission device of the present invention can effectively isolate the electrical equipment of the oxygen pressurized chamber, thereby ensuring the voice effect of the speaker and the safety of the oxygen pressurized chamber. The sound transmission device has a simple structure, is easy to operate and use, is low in cost, has strong practicality, and is particularly suitable for promotion and application.

Description

Technical Field

[0001] The present invention relates to the technical field of oxygen inhalation devices, in particular to a pressure-bearing and sealed sound transmitting device for an oxygen cabin. Background Art

[0002] As we all know, an oxygen recompression chamber places a patient inside a chamber where oxygen is used to create a treatment environment with a pressure higher than one atmosphere. The patient receives treatment directly by breathing oxygen from the chamber's atmosphere at this pressure. Patients undergoing treatment in the chamber require constant communication with the outside world to understand the treatment status and provide guidance on proper operation and handling. To achieve this, existing oxygen recompression chambers utilize an intercom system. However, since intercom systems are electrical, using them in an oxygen environment presents certain safety risks.

[0003] Currently available oxygen recompression chambers are subject to national standards requiring that the total power of electrical equipment entering the chamber not exceed 5W. However, existing speakers on the market generally exceed 5W, making them unsuitable for installation inside these chambers. Oxygen chambers are pressurized, sealed steel structures. External speakers typically cannot transmit or communicate with each other. These speakers are crucial for communication between staff outside the chamber and patients inside. If the transmitted voice is unclear, communication becomes difficult, leading to miscommunication between doctors and patients and potentially medical accidents. Therefore, during the product development and design process, a device that can withstand pressure, provide a seal, and transmit sound is required. The existing installation method, which involves directly fixing the speaker to the exterior of the chamber, has been found to have drawbacks: the transmitted sound is extremely weak, preventing staff outside the chamber from communicating properly with patients inside, potentially posing a risk of medical accidents. Summary of the Invention

[0004] The technical problem to be solved by the present invention is to provide a sound transmission device with a simple structure, easy use, low cost and high safety in response to the problems existing in the background technology, so that it has a clear voice transmission effect. While ensuring its safety, it is necessary to ensure the airtightness of the cabin and at the same time have a corresponding pressure-bearing effect. Specifically, it is a pressure-bearing and sealed sound transmission device for an oxygen cabin.

[0005] In order to solve the above technical problems, the technical solution adopted by the present invention is: a pressure-sealed sound transmitting device for an oxygen cabin, comprising an oxygen pressurized cabin body, the sound transmitting device comprising a through-cabin pressure-bearing mounting seat, a sound transmitting diaphragm, a through-cabin pressure-bearing mounting seat pressure cover, a speaker fixed mounting seat, bolts, screws and a speaker, the through-cabin pressure-bearing mounting seat is installed in the oxygen pressurized cabin body, the sound transmitting diaphragm and the through-cabin pressure-bearing mounting seat pressure cover are sequentially connected to the outside of the through-cabin pressure-bearing mounting seat by bolts, the speaker fixed mounting seat is fixedly installed in the through-cabin pressure-bearing mounting seat pressure cover, and the speaker is connected to the speaker fixed mounting seat by screws; a through hole is provided in the through-cabin pressure-bearing mounting seat, the through-cabin pressure-bearing mounting seat is communicated with the interior of the oxygen pressurized cabin body through the through hole, a plurality of sound transmitting holes are provided in the through-cabin pressure-bearing mounting seat pressure cover, the speaker fixed mounting seat is a hollow shell structure, a sound transmitting channel is provided in the inner cavity of the speaker fixed mounting seat, and the sound transmitting holes are communicated with the speaker through the sound transmitting channel in the speaker fixed mounting seat.

[0006] Furthermore, the present invention describes a pressure-sealed sound transmitting device for an oxygen cabin, wherein the cabin-penetrating pressure-bearing mounting seat is welded to the oxygen pressurized cabin body by welding to form an integrated structure; the speaker fixed mounting seat is welded to the cabin-penetrating pressure-bearing mounting seat cover by welding to form an integrated structure; a plurality of threaded blind holes matching the bolts are provided in the cabin-penetrating pressure-bearing mounting seat, and a plurality of threaded holes matching the bolts are provided on the cabin-penetrating pressure-bearing mounting seat cover, the threaded blind holes and the threaded holes are arranged correspondingly, and the cabin-penetrating pressure mounting seat cover realizes a detachable connection between the cabin-penetrating pressure mounting seat cover and the cabin-penetrating pressure mounting seat through the mutual cooperation between the bolts and the threaded holes and the threaded blind holes; threaded connection holes matching the screws are provided in the speaker fixed mounting seat and the speaker, and the speaker realizes a detachable connection between the speaker and the speaker fixed mounting seat through the mutual cooperation between the screws and the threaded connection holes.

[0007] Furthermore, the present invention describes a pressure-sealed sound transmission device for an oxygen cabin, wherein the sound transmission hole is a circular structure, and multiple sound transmission holes are distributed in the through-cabin pressure-bearing mounting seat cover in a circular array along the center of the through-cabin pressure-bearing mounting seat cover.

[0008] Furthermore, in the pressure-sealed sound-transmitting device for an oxygen cabin described in the present invention, the sound-transmitting diaphragm is made of an industrial rubber product with flexibility and elasticity, and the through-cabin pressure-bearing mounting seat and the through-cabin pressure-bearing mounting seat pressure cover are sealed and connected via the sound-transmitting diaphragm.

[0009] The pressure-sealed sound transmitting device for an oxygen cabin described in the present invention is adopted. A through-cabin pressure-bearing mounting seat is welded in the oxygen pressurized cabin body, and a sound transmitting diaphragm and a through-cabin pressure-bearing mounting seat pressure cover are sequentially connected to the outside of the through-cabin pressure-bearing mounting seat by bolts. The speaker fixed mounting seat is fixedly installed in the through-cabin pressure-bearing mounting seat pressure cover, and the speaker is connected to the speaker fixed mounting seat by screws. A plurality of sound transmitting holes distributed in a circular array are provided in the through-cabin pressure-bearing mounting seat pressure cover, and the sound transmitting diaphragm is made of flexible and elastic industrial rubber products. The through-cabin pressure-bearing mounting seat and the through-cabin pressure-bearing mounting seat pressure cover are sealed by the sound transmitting diaphragm. The sound transmitting diaphragm vibrates under the impact of sound waves, thereby achieving an ideal sound transmission effect. By adopting the sound transmission device described in the present invention, the electrical equipment of the oxygen compression chamber can be effectively isolated, which can ensure the voice effect of the transmission speaker and the safety of the oxygen compression chamber. It has a simple structure, is easy to operate and use, is low in cost, and is highly practical, making it particularly suitable for promotion and application. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] The present invention will be described in further detail below with reference to the accompanying drawings.

[0011] Figure 1 It is a structural schematic diagram of the present invention.

[0012] As shown in the figure: 1-through-cabin pressure-bearing mounting seat, 2-sound-transmitting diaphragm, 3-through-cabin pressure-bearing mounting seat pressure cover, 4-speaker fixed mounting seat, 5-cabin body, 6-bolt, 7-screw, 8-speaker, 9-through hole, 10-sound-transmitting hole, 11-sound-transmitting channel. DETAILED DESCRIPTION

[0013] like Figure 1As shown, the pressure-sealed sound transmission device for an oxygen chamber according to the present invention includes a through-cabin pressure-bearing mounting base 1, a sound-transmitting diaphragm 2, a through-cabin pressure-bearing mounting base cover 3, a speaker fixing base 4, an oxygen pressurized chamber 5, bolts 6, screws 7, and a speaker 8. The through-cabin pressure-bearing mounting base 1 is welded to the oxygen pressurized chamber 5 to secure it to the outside of the chamber 5, ensuring that the sound-transmitting diaphragm 2 can withstand the corresponding design pressure, thereby ensuring the overall strength of the oxygen pressurized chamber 5 and providing high safety and reliability. The sound-transmitting diaphragm 2 is an industrial rubber product that provides excellent sealing when used in conjunction with the pressure-bearing component. Furthermore, the material's inherent flexibility and elasticity allow it to vibrate under the impact of sound waves, achieving ideal sound transmission. The through-cabin pressure-bearing mounting base (pressure cap) 3 is a steel pressure-bearing component pre-drilled with a circular array of sound transmission holes 10. Bolts 6 secure the through-cabin pressure-bearing mounting base 1 and the sound transmission membrane 2. When used together, it can withstand the designed pressure and provide a seal, effectively isolating the live speaker from the cabin environment. The speaker mounting base (fixed-mount base) 4 is a steel component upon which an external speaker can be mounted, placing it in close proximity to the cabin, further facilitating voice transmission. This effectively isolates the electrical equipment within the oxygen compression chamber 5, ensuring both the speaker's voice quality and the safety of the oxygen compression chamber 5.

[0014] In the actual preparation process, a pressure-sealed sound-transmitting device for an oxygen cabin described in the present invention is adopted, and the cabin-penetrating pressure-bearing mounting seat 1 is welded to the oxygen pressurized cabin body 5 by welding to form an integrated structure, and a plurality of threaded blind holes matching the bolts 6 are provided in the cabin-penetrating pressure-bearing mounting seat 1, and a plurality of threaded holes matching the bolts 6 are provided in the cabin-penetrating pressure-bearing mounting seat pressure cover 3, and the threaded blind holes are arranged correspondingly to the threaded holes, and the cabin-penetrating pressure-bearing mounting seat pressure cover 3 realizes a detachable connection between the cabin-penetrating pressure-bearing mounting seat pressure cover 3 and the cabin-penetrating pressure-bearing mounting seat 1 through the mutual cooperation between the bolts 6 and the threaded holes and the threaded blind holes; the sound-transmitting film 2 and the cabin-penetrating pressure-bearing mounting seat pressure cover 3 are sequentially connected to the outside of the cabin-penetrating pressure-bearing mounting seat 1 by bolts 6; the speaker fixed mounting seat 4 is welded to the cabin-penetrating pressure mounting seat pressure cover 3 by welding The connection combination is an integrated structure, and threaded connection holes matching the screws 7 are provided in the speaker fixing mount 4 and the speaker 8. The speaker 8 realizes a detachable connection between the speaker 8 and the speaker fixing mount 4 through the mutual cooperation between the screws 7 and the threaded connection holes; a through hole 9 is provided in the cabin-penetrating pressure-bearing mount 1, and the cabin-penetrating pressure-bearing mount 1 is communicated with the interior of the oxygen pressurized cabin 5 through the through hole 9, and a plurality of sound holes 10 are provided in the cabin-penetrating pressure-bearing mount pressure cover 3; the speaker fixing mount 4 is a hollow shell structure, and a sound transmission channel 11 is provided in the inner cavity of the speaker fixing mount 4, and the sound transmission hole 10 is communicated with the speaker 8 through the sound transmission channel 11 in the speaker fixing mount 4.

[0015] The pressure-sealed sound-transmitting device for an oxygen cabin described in the present invention is adopted. A through-cabin pressure-bearing mounting seat 1 is welded in the oxygen pressurized cabin body 5, and a sound-transmitting diaphragm 2 and a through-cabin pressure-bearing mounting seat cover 3 are sequentially connected to the outside of the through-cabin pressure-bearing mounting seat 1 by bolts 6. The speaker fixed mounting seat 4 is fixedly mounted in the through-cabin pressure-bearing mounting seat cover 3, and the speaker 8 is connected to the speaker fixed mounting seat 4 by screws 7; and a plurality of sound-transmitting holes 10 distributed in a circular array are provided in the through-cabin pressure-bearing mounting seat cover 3, and the sound-transmitting diaphragm 2 is made of flexible and elastic industrial rubber products. The through-cabin pressure-bearing mounting seat 1 and the through-cabin pressure-bearing mounting seat cover 3 are sealed by the sound-transmitting diaphragm 2. The sound-transmitting diaphragm 2 vibrates under the impact of sound waves, thereby achieving an ideal sound transmission effect.

[0016] In summary, the sound transmission device described in the present invention can effectively isolate the electrical equipment of the oxygen compression chamber, which not only has a clear voice transmission effect, but also has high safety, good airtightness and pressure bearing effect, simple structure, easy operation and use, low cost, strong practicality, and is particularly suitable for promotion and application.

[0017] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. For those skilled in the art, various changes and variations may be made. Any modifications, equivalent replacements, improvements, etc. made using the present invention should be included in the scope of protection of the present invention.

Claims

1. A pressure-sealed sound transmission device for an oxygen chamber, comprising an oxygen pressurized chamber (5), characterized in that: The sound transmission device comprises a through-cabin pressure-bearing mounting seat (1), a sound transmission film (2), a through-cabin pressure-bearing mounting seat pressure cover (3), a speaker fixed mounting seat (4), a bolt (6), a screw (7) and a speaker (8); the through-cabin pressure-bearing mounting seat (1) is installed in the oxygen pressurized cabin body (5); the sound transmission film (2) and the through-cabin pressure-bearing mounting seat pressure cover (3) are sequentially connected on the outside of the through-cabin pressure-bearing mounting seat (1) by means of bolts (6); the speaker fixed mounting seat (4) is fixedly installed in the through-cabin pressure-bearing mounting seat pressure cover (3); the speaker (8) is connected to the speaker fixed mounting seat (4) by means of screws (7); a through hole (9) is provided in the through-cabin pressure-bearing mounting seat (1) The through-cabin pressure-bearing mounting seat (1) is communicated with the interior of the oxygen pressurized cabin (5) through the through hole (9); a plurality of sound transmission holes (10) are provided in the through-cabin pressure-bearing mounting seat pressure cover (3); the speaker fixed mounting seat (4) is a hollow shell structure; a sound transmission channel (11) is provided in the inner cavity of the speaker fixed mounting seat (4); the sound transmission holes (10) are communicated with the speaker (8) through the sound transmission channel (11) in the speaker fixed mounting seat (4); The through-cabin pressure-bearing mounting seat (1) is welded to the oxygen pressurized cabin body (5) to form an integrated structure; the speaker fixed mounting seat (4) is welded to the through-cabin pressure-bearing mounting seat cover (3) to form an integrated structure; a plurality of threaded blind holes matching the bolts (6) are provided in the through-cabin pressure-bearing mounting seat (1); a plurality of threaded holes matching the bolts (6) are provided in the through-cabin pressure-bearing mounting seat cover (3); the threaded blind holes and the threaded holes are arranged correspondingly; the through-cabin pressure-bearing mounting seat cover (3) realizes a detachable connection between the through-cabin pressure-bearing mounting seat cover (3) and the through-cabin pressure-bearing mounting seat (1) through the mutual cooperation between the bolts (6) and the threaded holes and the threaded blind holes; and the sound-transmitting film (2) is made of an industrial rubber product with flexibility and elasticity, and the through-cabin pressure-bearing mounting seat (1) and the through-cabin pressure-bearing mounting seat cover (3) are sealed by the sound-transmitting film (2).

2. The pressure-sealed sound transmission device for an oxygen chamber according to claim 1, characterized in that: The speaker fixing mount (4) and the speaker (8) are both provided with threaded connection holes that match the screws (7). The speaker (8) is detachably connected to the speaker fixing mount (4) by the mutual cooperation between the screws (7) and the threaded connection holes.

3. The pressure-sealed sound transmission device for an oxygen chamber according to claim 1, characterized in that: The sound transmission hole (10) is a circular structure, and a plurality of sound transmission holes (10) are distributed in the through-cabin pressure-bearing mounting seat pressure cover (3) in a circular array along the center of the through-cabin pressure-bearing mounting seat pressure cover (3).

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